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Shanghai Oberson Medical Equipment Co., Ltd

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    379038867@qq.com

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    18721334171

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    Building 1, No. 555 Songhui Road, Zhaoxiang Town, Qingpu District, Shanghai

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Amili bone puncture and femoral vein puncture model

NegotiableUpdate on 01/04
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Overview

Amy's Bone Puncture and Femoral Vein Puncture Model $r $n Product Features $r $n Realistic Anatomical Structure: The model simulates the lower limbs of the human body, with clear surface markings such as patella, tibia, and tibial protuberance, making it easy for students to accurately locate the puncture point. $r $n bone puncture training: There is a real sense of disappointment when inserting the needle, simulating the outflow of bone marrow fluid. Skin and bone components can be replaced, and repeated practice is supported. $r $n femoral vein puncture training: can touch the pulse of the femoral artery, assist in locating the femoral vein; After correct puncture, there is a sense of disappointment and venous reflux. Once the operation is confirmed successful, the injection site module can be replaced.

Product Details

Amili bone puncture and femoral vein puncture model

Product Features

Realistic anatomical structure: The model simulates the lower limbs of the human body, with clear surface markings such as patella, tibia, and tibial trochanter, making it easy for students to accurately locate the puncture point.

Bone puncture training: There is a real sense of disappointment when inserting the needle, simulating the outflow of bone marrow fluid. Skin and bone components can be replaced, supporting repeated practice.

Femoral vein puncture training: can palpate the pulsation of the femoral artery and assist in locating the femoral vein; After correct puncture, there is a sense of disappointment and venous reflux. Once the operation is confirmed successful, the injection site module can be replaced.


Amili bone puncture and femoral vein puncture model

Product Features

  • Realistic anatomical structureThe model simulates the lower limbs of the human body, with clear surface markings such as patella, tibia, and tibial trochanter, making it easy for students to accurately locate the puncture point.

  • Bone puncture trainingThere is a real sense of disappointment when inserting the needle, simulating the outflow of bone marrow fluid. The skin and bone components can be replaced, and it supports repeated practice.

  • Training for femoral vein puncture: Can palpate the pulsation of the femoral artery and assist in locating the femoral vein; After correct puncture, there is a sense of disappointment and venous reflux. Once the operation is confirmed successful, the injection site module can be replaced.

  • Realistic operation feelUsing high fidelity materials to provide a tactile sensation close to real tissue, enhancing training effectiveness.

  • Wide range of applicationsSuitable for medical schools, nursing schools, and medical institutions, helping students master operational skills in a risk-free environment.


IMY4041 is a puncture simulation model used for medical teaching and training, mainly for practical practice of pediatric tibial bone puncture and femoral vein puncture operations. ‌

The core functions and features of this model include: simulating the anatomical structure of the right leg in children, the knee joint is movable, made of polymer materials, and the surface landmarks (such as patella, tibia, and tibial trochanter) are obvious; The bone puncture operation has a realistic needle feel and a sense of failure. After successful needle insertion, it can simulate the outflow of bone marrow fluid and support intraosseous infusion practice. Skin and bone components can be replaced to extend their service life; During femoral vein puncture, the pulsation of the femoral artery can be felt, and there is a significant sense of disappointment and venous reflux when inserting the needle. The injection site module can be replaced; The model also supports the production of simulated blood and bone marrow fluid of different concentrations, equipped with a base to ensure stable operation and can be reused repeatedly. ‌